Overland Park Geothermal HVAC Installation

Geothermal heating and cooling is a forward-thinking, budget-conscious choice for all types of property owners. At Lancaster Brothers Heating and Cooling, we provide professional geothermal HVAC installation services for new construction properties in Overland Park, KS, and beyond. With extensive training in this cutting-edge, industry-leading technology, our crew can outfit your home or business with high-performance geothermal heating and cooling capabilities.

At Lancaster Brothers Heating and Cooling, we take pride in delivering quality in everything we do. From the systems we install to the workmanship we bring to every project, we hold your entire experience to a higher standard because we know that’s what it takes to earn your satisfaction. We can design and construct a geothermal system that fits your property perfectly, utilizing the features and space you have available to provide dependable, cost-effective, and natural heating and cooling. Our process is designed to work with your construction timeline, allowing us to get the job done when we need to without inhibiting other contractors or causing other delays to your new property’s construction. We also stand by the systems we install with great warranties for your long-term peace of mind, as well as a full slate of repairs should your system ever need to be serviced.

Schedule a geothermal installation consultation by calling Lancaster Brothers Heating and Cooling today! Dial (913) 914-2184 for your appointment.

Save Energy & Money with Geothermal Heating & Cooling

Geothermal heating and cooling systems radically differ from what most people would consider “traditional” heating and cooling options. For example, a gas furnace will ignite and burn gas fuel (usually natural gas or propane) to generate heat that is then moved around the house using a heat exchanger and blower motor. While this process works, it creates carbon emissions and isn’t the most efficient.

Overland Park’s seasonal extremes make geothermal an attractive, low-maintenance option for efficient climate control. Geothermal systems tap into a consistent energy source from the ground to deliver reliable indoor comfort throughout the year. They operate on the principle that temperatures some distance underground are considerably more stable than temperatures at the surface. By tapping into this energy source in winter, a geothermal system can heat your home more effectively while using much less energy and producing zero direct carbon emissions.

Custom-Engineered Geothermal Heating Loops

Geothermal HVAC systems use the heat-carrying capabilities of water to transfer heat either to or from your home. This is done using a water “loop” between your home and the earth below. There are a few different types of loops, and the right loop type depends on your property’s size, soil conditions, and water availability. At Lancaster Brothers Heating and Cooling, we can install systems using all of these various types of loops, and can help you make the best determination for your property based on available options and practicality.

For properties that draw water from an on-site well, an open-loop system may be the best option. Open loops pump groundwater from your well into the system to use as a heat exchange fluid, discharging it back into the ground at the end of the loop cycle. These systems are highly efficient and cost-effective where clean, abundant groundwater is accessible. 

If your property does not have a well (or the well isn’t easily accessible), you’ll likely need to rely on a closed-loop system. There are two primary types of closed loops: horizontal and vertical. Horizontal closed-loop systems bury an extensive grid of pipes in long trenches about four to ten feet below the surface, depending on conditions. This option works best for properties with ample land area and loose, workable soil. Vertical closed-loop systems, on the other hand, are designed for smaller lots or urban properties where available land space is limited. These systems require drilling deep boreholes, sometimes as much as a few hundred feet into the ground. This makes them more complex to install, but highly efficient and space-saving.